The J-Type Medallion 6000 series is a family of state-of-the-art high-performance 1550 nm
externally-modulated CATV fiber optic transmitters optimized for varying network
applications. Packaged in a convenient 1 RU housing, this line of optical transmitters
couples high optical output power, up to 10.0 dBm, with low optical line width resulting in
unmatched performance. The optical modulator, combined with proprietary pre-distortion
circuitry, provides superior CTB and CSO performance with SBS suppression levels of
greater than 17 dBm for SAT-IF applications.
The J-Type transmitter’s exceptional performance is enabled by EMCORE’s proprietary
high power, narrow line width CW (Continuous Wave) laser technology. When deployed
with one or more EMCORE optical amplifiers, transmissions of 150 km can be achieved.
The feature-rich WEB GUI and SNMP interface bring a whole suite of advanced operator
monitoring and configuration options to the platform, allowing for secure, simplified and
future-ready functionality for the next generation of intelligent networks.
Advanced features such as built-in field adjustable SBS control allow these transmitters to
be quickly optimized in the field for any link or application without the need to procure
specifically tuned transmitters.
The J-Type series are designed as a high-performance solution for applications where the
simultaneous, concurrent fiber optic transport of CATV and Satellite-Intermediate
Frequency Signals (SAT-IF) is required. The SAT-IF signals can be applied anywhere in
the 950 to 2800 MHz band.
J-Type transmitters are specially designed and optimized to support fiber optic links of up to
150 km for the Japanese marketplace and other markets with similar requirements.
Monitoring and configuration is supported via a convenient front panel display, an RS-232
port, and an Ethernet port with SNMP, Telnet, and Web GUI. The platform is mechanically
designed for flexibility and space efficiency including universal rack-mount features,
modular front panel design, and optional front and rear port placement. Dual redundant
field-replaceable fans and power supplies are standard.
Applications
High-Performance Supertrunking Links
High-Power Distribution Networks
Redundant Ring Architectures
FTTx Networks
RFOG Applications
SAT-IF Transport
DWDM Node Splitting
Features
Single or Dual Optical Outputs
QAM Loading to 1003 MHz
SAT-IF Loading from 950 to 2800 MHz
Dual Power Supplies, Redundant &
Hot Swappable
Front Panel RF Test Point
Vacuum Fluorescent Status Display
OMI / RF Gain Adjustment
AGC Select: CW, Video, Manual
(No AGC)
Industry Leading Field Adjustable
SBS Suppression
| REV 2013.10
Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specification at any time without notice.
J-Type Medallion 6000 1550 nm
Externally-Modulated Transmitter
DATASHEET | OCTOBER 2013
FIBER OPTICS
Optical Characteristics
Property
Performance (note 1-9)
Specified Link Length
Channel Plan
Optical Output Power
Noise Bandwidth
SBS Suppression
CATV Carrier to Noise Ratio
CATV Composite Second Order
CATV Composite Triple Beat
CATV Composite Triple Beat
SAT-IF Carrier to Noise Ratio
SAT-IF Intermodulation Products
SAT-IF Spurious Products
Po (dBm)
BW (MHz)
(dBm)
CNR (dB)
CSO (dBc)
CTB (dBc)
CTB (dBc)
CNR (dB)
(dBc)
(dBc)
L (km)
Units
6000-0JE1
Performance for channel plans with SAT-IF
loading
25
NTSC 20+ 60-64
QAM
8.5/8.5
4
11 to 17
58.5
-67
-67
-66
27
-35
-38
25
NTSC 80-Ch
8.5/8.5
4
11 to 17
51.0
-65
-65
-64
27
-35
-38
25
PAL 60-Ch
8.5/8.5
5
11 to 17
51.0
-65
-65
-64
27
-35
-38
Comments
With 36 QPSK carriers from
950 to 2800 MHz
Min. 10 dBm version avail.
See Chart
Min.
Min.
Max. Port 1
Max. @ +25°C
Max. @ 0 C to 50 C
Min.
Max. Port 1
Max.
o
o
Property
Performance (note 1-9)
Specified Link Length
Channel Plan
Optical Output Power
Noise Bandwidth
SBS Suppression
CATV Carrier to Noise Ratio
CATV Composite Second Order
CATV Composite Triple Beat
CATV Composite Triple Beat
Units
6000-0JE1
Performance for channel plans without SAT-IF
loading
25
NTSC 20+ 60-64
QAM
8.5/8.5
4
11 to 17
58.5
-67
-67
-66
25
NTSC 80-Ch
8.5/8.5
4
11 to 17
53.0
-65
-65
-64
25
PAL 60-Ch
8.5/8.5
5
11 to 17
53.0
-65
-65
-64
Comments
L (km)
Po (dBm)
BW (MHz)
(dBm)
CNR (dB)
CSO (dBc)
CTB (dBc)
CTB (dBc)
Min. 10 dBm version avail.
See Chart
Min.
Min.
Max. Port 1
Max. @ +25°C
Max. @ 0 C to 50 C
o
o
Notes:
1. Unless stated otherwise all specifications apply over full temperature range with no digital loading.
2. Unless stated otherwise specifications apply for nominal RF input level as defined below, after a 30 minute stabilization period.
3. Specifications separated by a slash are port1 / port 2.
4. Units are tested per the Test / Link Configuration Table
5. Noise figure for the EDFA = 4.5 ~ 5.5 dB
6. Corning SMF-28 single mode fiber
7. Receiver responsivity is 0.95 mA/mW, Equivalent noise current is 7 pA/(Hz)1/2
8. With 36 QPSK modulated SAT-IF signals between 950
…
2800 MHz. 27 MHz IF bandwidth
9. The lowest frequency of all channel plans shall be > 119.25 MHz. A 2 dB penalty of CNR may occur for channels from 80 to 112.25
MHz
Test/Link Configuration
Property
J-Type
EDFA
14 dBm
Link
25 Km
Received Power
2
0.0 dBm at the receiver
| REV 2013.10
Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specification at any time without notice.
J-Type Medallion 6000 1550 nm
Externally-Modulated Transmitter
DATASHEET | OCTOBER 2013
FIBER OPTICS
Electrical Specifications
Property
CATV Nominal Input Power
CATV Composite Level
CATV Input Range
CATV RF Gain / OMI Adjustment Range
CATV Frequency Range
CATV Flatness
CATV Input impedance
CATV Input Return Loss
CATV Front Panel RF Tap
CATV Front Panel RF Tap Flatness
SAT Nominal Input Power
SAT Input Range
SAT Composite Level
SAT-IF RF Gain / OMI Adjustment Range
SAT-IF Frequency Range
SAT-IF Flatness
SAT-IF Input impedance
SAT-IF Input Return Loss
SAT-IF Front Panel RF Tap
SAT-IF Front Panel RF Tap Flatness
Requirement
23 dBmV/ch (84 dBuV/ch)
18 dBmV/ch (78 dBuV/ch)
19 dBmV/ch (79 dBuV/ch)
-11.7 dBm
+2/-8 dB from nominal input
+2/-8 dB from nominal setting
45 MHz – 1003 MHz
+/- 0.50 dB
+/- 0.75 dB
75Ω
16 dB min
-20 +/- 1 dB down from RF input
+/- 1 dB
27 dBmV/ch (87 dBuV/ch)
22 – 32 dBmV/ch (82 – 92 dBuV/ch)
-6.2 dBm
+5 / -5 dB from nominal setting
950 MHz – 2800 MHz
+/- 2 dB
75Ω
10 dB min
7 +/- 2.5 dBmV/Ch at Nominal OMI/ch
+/- 1 dB
Comments
20 NTSC channels + 60 QAM at -10 dB
80 NTSC channels
60 PAL channels
0 dB on FP Display (All Channel Plans)
Optimal performance at nominal input
CATV Performance may vary slightly over
range
45 MHz – 550 MHz
45 MHz – 1003 MHz
45 MHz – 1003 MHz
45 MHz – 1003 MHz
36 QPSK SAT-IF channels
Optimum performance at nominal input
0 dB on FP Display
CATV Performance can vary slightly
950 MHz – 2800 MHz
950 MHz – 2800 MHz
General and Mechanical Specifications
Property
Wavelength
Channel Plan
Optical Connector
Monitoring Interfaces
Operating Temperature
Storage Temperature
Power Consumption
Requirement
1555+/-5 nm
Various – See Specification Tables
SC/APC
100 Base-T Ethernet (SNMP)
Rear Panel RS-232 interface
VFD Screen Front Panel Controls
0°C to 50°C
-20°C to 70°C
65 W max
Comments
Various Options + ITU-grid available – see
Model Number Information
Other styles available
VFD- (Vacuum Fluorescent Display)
| REV 2013.10
Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specification at any time without notice.
J-Type Medallion 6000 1550 nm
Externally-Modulated Transmitter
DATASHEET | OCTOBER 2013
FIBER OPTICS
General and Mechanical Specifications
(continued)
Property
Requirement
EMI:
EN50083-2:2006 (US CATV)
EN55022:2006 (US IT)
EN61000-3-2 (Harmonics)
EN61000-3-3 (Flicker)
FCC: Part 15, Subpart B, class “A” Unintentional
Radiators
ICES-003 (Canada)
AN/NZS 3548, Class A (Australia)
VCCI, Class A (Japan)
GR-2853-CORE
GR-2853-CORE
20% to 85%
90 to 265 VAC, 50/60 Hz
+/- (36 – 72) VDC
19.0” W x 15.0” D x 1.72” H
(width includes 19” front panel ears, depth includes,
connectors, fans & front panel) – see drawing
Comments
Safety:
FDA/CDRH Laser Safety Governed by Code of
Federal Regulations Title 21, Volume 8, Part 1040
IEC 60950-1
IEC 60728-11
Laser IEC 60825-1
CB Certification
In Shipping package
In Shipping package
Non-condensing
Agency Listings
Transportation Vibration
Transportation Shock
Operating Humidity
Supply Range
(VAC)
(VDC)
Dimensions
Outline Drawing
| REV 2013.10
Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specification at any time without notice.
J-Type Medallion 6000 1550 nm
Externally-Modulated Transmitter
DATASHEET | OCTOBER 2013
FIBER OPTICS
Model Number Information
Note 3
6000 –
Logo &
Customer
Specific
0
– EMCORE
Logo
1
– no Logo
□□□ □
-
□ □□□□
Pout (dBm min)
Note 1
Link
Type
J –
25 km
Loading Type
1
– All Channel
Plans
Optics
1
– SC/APC,
Rear
2
– FC/APC,
Rear
3
– E2000/APC,
Rear
4
– SC/APC,
Front
5
– FC/APC,
Front
6
– E2000/APC,
Front
RF
1
– RF IN
Rear, TP
Front
2
– RF IN
Front, TP
Front
3
– RF IN
Front, TP
Rear
4
– RF IN
Rear, TP
Rear
Wavelength
(nm)
00
–1555+/-
5.0 nm
01
– 1550+/-
5.0 nm
xx
– ITU
Channel +/-
Note 2
0.1 nm
Power Supply
1
– AC primary,
no secondary
2
– DC primary,
no secondary
3
– AC primary,
AC secondary
4
– AC primary,
DC secondary
5
– DC primary,
DC secondary
D –
10/10
Note 4
E
– 8.5/8.5
Note 1: Options available for Indicated types only
Note 2: ITU grid wavelengths can be specified from channel 18 to 40
Note 3: Not all configurations are available, contact factory
Note 4: CSO port 2 degraded by 1dB
Note 5: Contact Factory for Model type availability
Additional Kits
G3708-006-001 - Replaceable AC power supply modules
G3708-005-001 - Replaceable DC power supply modules
G7914-076-001 - Replaceable Blank power module plate
G3906-008-001 - Replaceable fans
Laser Safety Information
This product meets the applicable requirements of 21 CFR 1010 & 1040 and is classified as a Class 1M laser product. During use as
intended, the laser energy is fully contained within the fiber network such that there is no accessible laser radiation. This product has been
issued accession number 0820466-001.
| REV 2013.10
Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specification at any time without notice.
WINCE4.2 does not come with the network card driver for my target board. If I have the C source code of the network card driver, how can I load this driver into WINCE PB? Thank you...
In order to promote everyone's learning and improvement of analog circuits, the analog section is preparing to start a series of DIY activities. The above 5 topics are for everyone to choose. You can ...
Recently, when I was doing DC acquisition, I noticed a problem, which is the swing of the op amp. According to general understanding, the swing of the output of a rail-to-rail op amp should be larger ...
The National College Student Electronic Design Competition will begin tomorrow~~ [size=4][color=#0000ff]Wish:[/color][/size] [size=4][color=#0000ff][b]all participating netizens can make smooth progre...
I am a junior student majoring in science and engineering. I am interested in handheld instruments, so I would like to apply for a board through your forum....
Today, with the increasing integration of functions, mobile phones can also be used as portable media players (PMP), digital cameras, handheld computers (PDAs), and even global positioning systems ...[Details]
Remote keyless entry (RKE) systems have become popular with users, with more than 80% of new cars in North America and more than 70% in Europe equipped with RKE systems. In addition to the obvious ...[Details]
introduction
Throughout the history of automotive lighting, power has always played an important role. Initially, cars only needed headlights to see the road in the dark. Later, other light so...[Details]
1 Introduction
In recent years, there have been many major advances in the production technology and processes of automotive headlights, which have greatly improved the performance of automoti...[Details]
I've been studying dot matrix recently. It looks simple, but it takes a while to master it completely! The 8*8 dot matrix hardware circuit I'm making now is like this. The row is driven by 74HC138 + t...[Details]
Different initialization between C8051F and 80C51 series microcontrollers
In the past 30 years, major electronic component manufacturers in the world have launched their own unique single-chip...[Details]
Only a small number of LED manufacturers can produce high-quality LEDs. For applications that are only used for simple indication, low-quality LEDs are sufficient. However, high-quality LEDs must...[Details]
The serial interface real-time clock chip DS1302 launched by Dallas Company in the United States can trickle charge the backup battery of the clock chip. Due to the main features of the chip such a...[Details]
1. Introduction
With the increasing popularity of fully automatic washing machines, consumers have higher and higher requirements for their environmenta...[Details]
1 Introduction
Ultrasound refers to elastic vibration with a frequency higher than the audible frequency limit (i.e., in the frequency band above 20 kHz). The propagation process of this vib...[Details]
Analysis of the three core aspects of digital TV transmission standards
According to the differences in regionality, transmission method and modulation method, the transmission method needs to...[Details]
Almost everyone in a student dormitory has a bedside lamp. But if you want to read for a while after turning off the lights and don't want to disturb your roommates' sleep, you may need a reading l...[Details]
The fluorescent lamps and energy-saving lamps we commonly use now have greatly improved luminous efficiency compared with the earlier ordinary incandescent lamps and have been widely used. With the...[Details]
Today, with the increasing integration of functions, mobile phones can also be used as portable media players (PMP), digital cameras, handheld computers (PDAs), and even global positioning systems (GP...[Details]
Currently, the commonly used solar cell technologies include monocrystalline silicon solar cells and polycrystalline silicon thin-film solar cells. Production process: Monocrystalline silicon solar...[Details]
Embedded System
京公网安备 11010802033920号
EEWORLD
